Energy Efficient Heated Pet Pad
A heated pet pad having a substantially oval shape and including a heating element to produce heat within the pet pad, a reflective layer mounted adjacent to the heating element to reflect heat toward the animal, and a support layer to contain the heating element and the reflective layer within the pet pad, the support layer including a plurality of support members extending from a first surface thereof to simulate a mattress spring, and a plurality of feet members extending from an opposite surface of the support layer to raise the pet pad off the external ground surface to inhibit heat loss.
1 . A heated pet pad, comprising:
a contoured layer having a substantially oval shape;
a heating element mounted to the contoured layer and disposed in a spaced apart manner about an inner area of the contoured layer;
a reflective layer mounted adjacent to the heating element and opposite the contoured layer to reflect heat from the heating element toward the contoured layer; and
a support layer having an oval shape approximately the same as the contoured layer and affixed to the contoured layer such that the heating element and the reflective layer are enclosed within a space between the support layer and the contoured layer, the support layer having a plurality of support members extending through the space toward the contoured layer and a plurality of feet members extending from an outer surface of the support layer to raise the pet pad with respect to an external support surface.
2 . The heated pet pad of claim 1 , wherein the contoured layer includes a convex surface which flexes against the weight of a pet until the convex surface contacts one or more of the support members and returns to its original convex shape when the pet leaves the pet pad.
3 . The heated pet pad of claim 1 , wherein the plurality of feet members create a heat insulation layer between the support layer and the external support surface to inhibit heat loss to the external support surface.
4 . The heated pet pad of claim 1 , wherein the oval shape is dimensioned to substantially correspond to the size of a pet to enhance heat transfer from the pet pad to the pet.
5 . The heated pet pad of claim 1 , wherein the reflective layer defines an oval shape approximately the same as the contoured layer.
6 . The heated pet pad of claim 1 , wherein the heating element includes a temperature controller to disable the heating element when a temperature of the heating element exceeds a predetermined threshold.
7 . The heated pet pad of claim 1 , wherein the heating element includes a controller to monitor the ambient temperature to activate the heating element when the ambient temperature is below a predetermined threshold.
8 . The heated pet pad of claim 1 , further comprising:
an insulating layer disposed adjacent the reflective layer opposite the heating element to insulate the heating element and to minimize heat lost to an external support surface.
9 . The heated pet pad of claim 1 , wherein the support layer and the contoured layer form a water-tight seal therebetween.
10 . The heated pet pad of claim 2 , further comprising:
an insulating layer having a plurality of holes to receive the plurality of support members and disposed adjacent the reflective layer opposite the heating element to insulate the heating element and to minimize heat lost to an external support surface,
wherein the reflective layer defines an oval shape approximately the same as the contoured layer and the plurality of holes are disposed opposite the plurality of feet members.
11 . A method of making a heated pet pad, comprising:
providing a contoured layer having a substantially oval shape;
mounting a heating element to the contoured layer in a spaced apart manner about an inner area of the contoured layer;
mounting a reflective layer adjacent to the heating element and opposite the contoured layer to reflect heat from the heating element toward the contoured layer; and
connecting a support layer having an oval shape approximately the same as the contoured layer to the contoured layer such that the heating element and the reflective layer are enclosed within a space between the support layer and the contoured layer, the support layer having a plurality of support members extending through the space toward the contoured layer and a plurality of feet members extending from an outer surface of the support layer to raise the pet pad with respect to an external support surface.